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10 Wireless Power Transmission Initial studies show that we can achieve low-power RF transmission from a miniature implantable device for ocular implant applications. In-vivo experiments show that the implant was measured to have a sufficient signal-to-noise ratio margin for high data-rate transmission, validating this approach for intra-ocular pressure telemetry.

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11 Wireless Transmission - Testing The power received is at least 10 dB greater than the MDS (minimum detectable signal) and we can achieve successful wireless data transfer. LTCC based loop antennas provide less attenuation caused by tissues after implanting than the silicon based monopole antennas.

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